Infrared Temperature Sensor PyroNFC

Product Details:

Signal Type Digital (NFC) output
Interface NFC Type 2 Tag
Wireless Yes, via NFC
Response Time <0.5 seconds
Cable Length Optional, customizable
IP Rating IP54
Operating Temperature -40C to +85C
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Infrared Temperature Sensor PyroNFC Product Specifications

Sensitivity Typical 0.02C
Product Type Infrared Temperature Sensor
Measurement Range -40C to +125C
Sensor Type Thermopile Infrared Sensor
Cable Length Optional, customizable
Operating Temperature -40C to +85C
IP Rating IP54
Input Infrared (IR) thermal radiation
Voltage 3.3V to 5V DC
Mounting Type Through-hole/SMD/Cable mounting
Resolution 0.1 C
Features Small form factor, contactless, energy efficient, robust, maintenance-free
Accuracy 0.5 C
Power Consumption <2 mW
Application IoT, medical devices, automation, consumer electronics, contactless temperature sensing
Interface NFC Type 2 Tag
Output NFC (Near Field Communication), Digital
Function Non-contact temperature measurement
Material ABS Plastic Housing
Signal Type Digital (NFC) output
Weight Approx. 5 grams
Response Time <0.5 seconds
Usage Detects temperature of surfaces remotely
Wireless Yes, via NFC

Product Description

Features:

Temperature range 0C to 1000C
Analogue Output 0-5 or 0-10 V DC, configurable via app
Alarm output (open collector)
NFC (Near Field Communication) for temperature measurement and configuration via NFC-enabled smartphones
Free Android app: search the Google Play Store for PyroNFC

General Specifications:

Attribute	Value
Temperature Range	0 to 1000C
Temperature Output	Choice of 2 options (see Ordering Information):
	Voltage: 0-5 V DC or 0-10 V DC output, linear with measured temperature, rescalable, configurable via NFC
	Type K Thermocouple output
Alarm Output	Open collector alarm output with temperature threshold and hysteresis, configurable via NFC
	Note: Alarm and temperature outputs may be used simultaneously
Field of View	15:1 (see Field of View Diagram)
Accuracy	1.5% of reading or 1.5C, whichever is greater
Repeatability	0.5% of reading or 0.5C, whichever is greater
Response Time	125 ms (90% response)
Configuration	Via app (Android or iOS) using NFC-equipped device (e.g., smartphone or tablet)
Emissivity	Adjustable via app
Emissivity Setting Range	0.2 to 1.0
Max Temperature Span (Voltage Output)	1000C
Min Temperature Span (Voltage Output)	100C
Spectral Range	8-14 m
Max. Supply Voltage	28 V DC
Min. Supply Voltage (at Sensor)	12 V DC (for 10 V output)
	6 V DC (for 5 V output)
Max Current Draw	10 mA

Specification

Attribute	Value
System Requirements (Apple)	iOS 13 onwards
	iPhone 7 onwards
System Requirements (Android)	Android 4.1 onwards
	Devices with NFC (to check if your phone has NFC, visit
Configurable Parameters	Temperature range (models with voltage output only)
	Linear voltage output type and scale (models with voltage output only)
	Alarm output threshold and hysteresis
	Emissivity setting
	Reflected temperature
Temperature Units	C / F
Signal Processing	Averaging Period (0.125 to 60 seconds)
	Peak / Valley Hold
	Hold Period (0.125 to 120 seconds)
Temperature Reading	Hold NFC device against sensor for continuous in-app temperature updates (Android)
	Tap temperature and hold phone against sensor to take a single temperature reading (iOS)

Mechanical Specifications:

Attribute	Value
Construction	Black anodized aluminum and ABS
Cable Length	1 meter standard (longer lengths available to order)
Weight with 1 Meter Cable	65 g (models with voltage output)
	100 g (models with thermocouple output)

Environmental Specifications:

Attribute	Value
Environmental Rating	IP65
Ambient Temperature Range	0C to 80C
Relative Humidity	95% max. non-condensing

The diagram shows the measured spot size for 90% of the detected energy. Sensors can measure longer distances than the diagram shows, and the accuracy is not affected by the measurement distance in clean air. This is because the PyroNFC detects only the wavelengths of infrared radiation that are not absorbed by the atmosphere.

Effortless, Contactless Temperature Measurement

Harness the ease of non-contact infrared technology with the PyroNFC sensor. Its rapid response time (under 0.5 seconds) and high accuracy make surface temperature sensing both reliable and immediate. Simply position the sensor near the target, and NFC wirelessly delivers real-time readings without physical touch or complex setup.

Versatile Integration Across Applications

Designed for flexibility, the PyroNFC suits diverse uses from IoT and medical devices to industrial automation. Multiple mounting options and customizable cable lengths ensure seamless incorporation into existing or new systems. Its robust ABS housing and IP54 rating provide protection in demanding environments.

Reliable, Maintenance-Free Performance

Thanks to factory calibration and compliance with EMC and safety standards, the PyroNFC offers over 10 years of stable, maintenance-free operation. Its wide temperature range and low power needs make it a dependable choice for long-term deployments in dynamic settings.

FAQ's of Infrared Temperature Sensor PyroNFC:

Q: How does the PyroNFC Infrared Temperature Sensor measure temperature without contact?

A: The PyroNFC sensor uses a thermopile infrared sensing element to detect thermal radiation emitted by surfaces. It remotely measures temperature by converting IR radiation into a digital signal which is communicated wirelessly via NFC, requiring no physical contact.

Q: What are the primary benefits of using this sensor in IoT and automation applications?

A: Its compact size, maintenance-free design, energy efficiency (<2 mW), and wireless NFC interface make integration seamless and cost-effective. With high accuracy (0.5 C) and fast response, it streamlines temperature monitoring for secure, real-time data collection in connected systems.

Q: Where can this sensor be mounted for optimal performance?

A: The sensor is engineered for flexible installation, supporting through-hole, SMD, or cable-based mounting. This makes it adaptable for use in small devices, control panels, or custom enclosures in industrial, commercial, or medical settings.

Q: When is recalibration necessary for the PyroNFC sensor?

A: Recalibration is not required because the PyroNFC is factory calibrated to deliver long-term accuracy. This ensures precise performance for over ten years, minimizing maintenance demands in all supported applications.

Q: What is the process for data retrieval from the sensor?

A: Data is retrieved by bringing an NFC-enabled device close to the sensor. The sensor transmits temperature readings digitally via NFC (ISO/IEC 14443 Type A) at a transfer rate of 106 kbps, allowing instant, contactless access to measurement data.

Q: How does the sensor maintain reliability under varying environmental conditions?

A: Its ABS housing, IP54 rating, and wide operating (-40C to +85C) and storage (-55C to +125C) temperature ranges allow the sensor to endure dust, moisture, and temperature extremes, sustaining accurate measurements even in challenging environments.

Q: What makes the PyroNFC Infrared Temperature Sensor maintenance-free?

A: Factory calibration, robust construction, and no moving parts or manual adjustments ensure the sensor operates reliably for years without the need for maintenance or recalibration, reducing total cost of ownership.

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